Overview on newest developments in carbon capture technology in the cement industry, on current carbon capture projects and measures to increase the efficiency of carbon capture installations

Cement producer, technology and equipment provider, technological research and development, climate and sustainability experts

The reduction of CO₂ emissions from industrial processes is identified as a pivotal challenge for attaining carbon neutrality in the construction sector. It is now widely acknowledged that the abatement of process-related CO₂ emissions will necessitate the capture and subsequent sequestration or utilisation of CO₂ from cement plants.

The seminar will present the latest advances in carbon capture technology for use in cement plants, including strategies to reduce the supplementary energy requirements through effective heat integration. The presentation will commence with an overview of the initial lessons learned from carbon capture projects that are currently operational, those that are under construction, and those that are still in the planning phase. The seminar will facilitate comprehension of the requisite conditions for the capture application, which must be adapted to the specific characteristics of each plant site.

ECRA draws upon its own experience in CCUS research and benefits from its extensive network of connections within the research community and amongst its active members. This enables the invitation of expert speakers representing internationally acknowledged research projects or from leading suppliers of gas and equipment.

• Overview on current projects and KPIs
• Lessons learned from carbon capture projects in the cement and lime industry
• How CO₂ specifications influence the capture technologies
• Chemical post-combustion technologies and ways for heat integration
• Development of the Oxyfuel technology
• Advances in membrane and adsorption technologies
• Research in advancing technologies of lower TRL

Start time: 9.00h CET / End time: app. 15.00 CET

Agenda subject to change